// Changed from Update to FixedUpdate because dealing with physics.
//Update is rendered every frame, want to use to get input events, then "record event with flag", and use
//FixedUpdate to respond to the input.
//If have lots of physics may want to leave fixed timestp at 1/50 or less and use interpolation to strain cpu less
void Update()
{
//Getting touchpad input for movement
if (device.GetTouch(SteamVR_Controller.ButtonMask.Touchpad))
{
touchpadInput = device.GetAxis();
}
else
{
touchpadInput = Vector2.zero;
}
//Getting trigger and grip input for gun control
if (gunAttached)
{
if (device.GetTouchDown(SteamVR_Controller.ButtonMask.Trigger))
{
ballShooter.ShootBall();
RumbleController(0.012f, 800f);
if (mgc.gamePhase == 0)
{
mgc.gamePhase = 1;
}
}
if (device.GetTouchUp(SteamVR_Controller.ButtonMask.Trigger))
{
ballShooter.ShootBall();
RumbleController(0.012f, 800f);
}
}
}
private IEnumerator Start()
{
m_Reticle.Show();
m_Radial.Hide();
// In order, fade in the UI on how to use sliders, wait for the slider to be filled then fade out the UI.
yield return(StartCoroutine(m_HowToUseFader.InteruptAndFadeIn()));
yield return(StartCoroutine(m_HowToUseSlider.WaitForBarToFill()));
yield return(StartCoroutine(m_HowToUseFader.InteruptAndFadeOut()));
yield return(StartCoroutine(m_CameraMovement.GameStart())); //move camera to right position and start shooting the ball
// In order, fade in the UI on confirming the use of sliders, wait for the slider to be filled, then fade out the UI.
yield return(StartCoroutine(m_HowToUseConfirmFader.InteruptAndFadeIn()));
while (true)
{
yield return(StartCoroutine(m_HowToUseConfirmSlider.WaitForBarToFill()));
//yield return StartCoroutine(m_HowToUseConfirmFader.InteruptAndFadeOut());
yield return(StartCoroutine(m_BallShooter.ShootBall()));
}
//// Fade in the final UI.
//yield return StartCoroutine (m_ReturnFader.InteruptAndFadeIn ());
}
IEnumerator ShootAtPlayer(Vector3 directionToShoot)
{
coroutineRunning = true;
if (directionToShoot != transform.forward)
{
yield return(new WaitForSeconds(1));
Vector3 direction = playerHead.transform.position - transform.position;
Debug.Log("distance is: " + direction.magnitude);
float travelTime = direction.magnitude / ballShooter.initial_velocity; //(-1f * 0.003f / 0.5f) * Mathf.Log (1f - (direction.magnitude * 0.5f / (ballShooter.initial_velocity * 0.003f)));
Debug.Log("traveltime is: " + travelTime);
float drop = 4.9f * Mathf.Pow(travelTime, 2f);
Debug.Log("drop is: " + drop);
Vector3 targetPosition = playerHead.transform.position + Vector3.up * drop;
transform.forward = (targetPosition - transform.position).normalized; //aim so that ball arcs properly
}
ballShooter.ShootBall();
yield return(new WaitForSeconds(1f / bps));
coroutineRunning = false;
}